In Electromagnetic Theory
Relationship between
Wave Velocity Mechanics and Doppler Shift
Han Erim
April 5, 2023
Abstract:
There is an unknown and very important relationship
between Doppler
Shift and Wave Velocity Mechanics in Electromagnetic Theory. This
important relationship was denoted in this study.
Abbreviations used:
Source Object: An object that broadcasts electromagnetic waves.
Target Object: The object to which the electromagnetic wave arrives/will arrive.
Signal: The word "Signal" is used for Electromagnetic Wave.
1 - Unknown aspects of Doppler Shift:
The main unknown phenomenon in Doppler Shift is where and why the
signal wavelength changes. In the Doppler Shift, the wavelength
changes during the broadcasting of the signal.
The meaning of change in wavelength occurs during the broadcasting of
the signal is that: While broadcasting a signal from the Source Object,
the Target Object to which the signal will arrive has been determined.
The direction and the speed of movement of the Target Object relative
to the Source Object determines at what rate the signal wavelength will
change. This change in wavelength availably occurs in accordance with
the Doppler Shift equation [1].
Wavelength Change in Doppler Shift
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The original unaltered wavelength of the signal. |
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Changed situation of the signal wavelength. |
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Light speed constant. Meaning in Equality: The speed of the signal sent by the Source Object to a stationary target relative to its reference system. (Part: 2) |
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To be valid for the moment of broadcasting of the signal; The speed difference between the Target Object where the signal will arrive and the Source Object broadcasting the signal. |
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The ± sign in the equation is (-) if the Target Object and Source Object are approaching each other, and (+) if they are moving away from each other |
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Meaning in Equality: The speed of the signal sent by the Source Object relative to its reference system. (Part: 2) |
2 - Unknown aspects of Wave Velocity Mechanics in Electromagnetic
Theory
The basic equation of wave velocity mechanics is valid for
electromagnetic waves.
Wave Speed = Wave Frequency x Wavelength
The fact that the change in wavelength in the Doppler Shift occurs
during the broadcasting of the signal leads to a very clear result.
The speed of an electromagnetic wave whose wavelength has changed
will never be c relative to the Source Object emitting
it. Relative to the Source Object's own reference system, the speed
of the signal it sends to a moving target is as follows [2]:
The speed of the signal sent to a moving object
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The wavelength of the signal emitted by the Source Object that has changed due to the Doppler Shift. |
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The broadcast frequency of the signal in the Source Object. |
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The change in wavelength is independent of the
frequency of the source. Her, it is |
.
If
the Source Object sends a signal to a stationary target relative to its
reference system, since the wavelength will not change, it is the
and
the equality changes as follows. This is the electromagnetic wave
velocity equation that we are familiar with but incompletely know [3].
The speed of the signal sent to a stationary object.
The velocity 
of a signal broadcast from the Source Object and going to a moving
object is equal to the expression
in the Doppler Equation [4]. That is, the
expression in the Doppler Shift equation
indicates the speed of the signal it broadcasts relative to the Source
Object.
Broadcasting speed of the signal from the Source
Object
It is sufficient to obtain the 
equation
to see the existence of the condition in equation number [4]. By using
the equations number [1] and number [3], the necessary equality is
obtained number [5].
As a result, the speed of a signal broadcast by the Source Object relative to its reference system is determined by the following equation [6]:
The speed at which a signal broadcast from the Source Object
If the Target Object is stationary with respect to the Source Object,
the wavelength will not change in the above equation, it will be
and since it will be
, the signal speed will be
. In the light of the information
obtained, we can also explain the
Doppler Shift equation with signal velocities as follows [7].
Doppler Shift Equation
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The original unaltered wavelength of the signal. |
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Changed situation of the signal wavelength. |
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The speed of the signal sent by the Source Object to a stationary target relative to its reference system. |
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The speed of the signal sent by the Source Object to a moving target relative to its reference system. |
3 - Broadcasting Time of a Signal
The fact that the change in wavelength depends on the broadcasting
speed of the signal gives us another information: An electromagnetic
wave needs some time to be broadcast.
The broadcast frequency of the signal in the Source Object does not
change. Therefore, we can find the broadcasting time of the signal by
using equation number [3]. [8]. As a result, in the Doppler Shift,
while the broadcasting time and frequency of the signal in the Source
Object do not change, the signal wavelength and speed of the signal
change. [9]..
Broadcasting time of a signal for the Source Object.
Broadcasting time of a signal in Doppler Effect for the Source Object.
4 - What is the speed of the incoming signal for the Target Object?
Even if the wavelength has changed, the speed of an incoming signal is
always c, relative to the Target Object's own reference system. We can
easily see this by
thinking in terms of the reference system of the Source Object.
| Relative to the Source Object Movement of the Target Object | Relative to the Source Object the speed of the signal going to the Target Object | Relative to the Target Object the speed of the signal coming from the Source Object |
Target Object is
moving away with speed  |
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| Target Object is
approaching with speed |
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5 - What is the wave mechanics for the Target Object?
Let's
assume that the wavelength of the signal coming to the Target Object is
. Since the speed of a signal arriving at the Target Object is always
c, there is the following equation for the frequency of the incoming
signal according to the Wave Mechanics equation [10].
Frequency of the incoming signal for the Target Object
Let's rewrite the equation [11].
Wave velocity equation for Target Object:
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The wavelength of the signal coming to the Target Object. |
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The frequency of the signal coming to the Target Object. |
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The speed of the incoming signal relative to the Target Object. |
If the Target Object and Source Object are stationary relative to each
other, equation number [3] is valid for the Target Object since the
signal wavelength does not change.
Results of the Study
I think this study is extremely important in terms of filling a big gap
and deficiency in Electromagnetic Theory. In fact, I have published all
the information I wrote here many times before. Here I have tried to
rewrite it in a more understandable and fluent way. I hope this time it
will be taken into account and concluded correctly.
Again, as an important result, this study shows that the Theory of
Relativity is a false theory. The Theory of Relativity has occupied
minds unnecessarily for more than a century and still does. The basis
of the Theory of Relativity is the Michelson-Morley experiment and the
information obtained from this experiment is that the speed of light
coming from the stars to the earth is constant and equal to c
relative to the earth's own reference system. This study shows by
itself that this is so and that it should be so. The missing
information in the Michelson–Morley experiment is the speed of the
light signal the star sends to earth,
relative to its (star) own reference system. On the other
hand, Doppler Shift seen on electromagnetic waves is an issue that has
entered the agenda of physics by examining the wavelengths of the
lights sent by the stars to the earth. By examining the wavelengths of
light coming from the stars, we can understand whether the stars are
getting closer or further away from us. And again, we saw here that, we
understand that the speed of the light signals sent by all those stars
to the earth
relative to their reference systems cannot be equal to c.
While this is the case, the existence of such a situation has never
been taken into account in the Theory of Relativity. Without relying on
any measurement and hastily making one wrong decision after another,
saying "the speed of a light signal is constant
relative to all reference systems and is equal to c" has led to a great
disaster. The fact that the Theory of Relativity is both wrong and a
complex theory has greatly damaged the stages of thinking, reaching
conclusions, drawing conclusions, analysing and accessing
information. There is no point in understanding something that is
wrong. I ask you, if you say you understand it, what could you possibly
understand? Did you understand warped, twisted Space-Time, that time
can stop, that the physical length of an object can shorten? Are you
talking about Relativistic Doppler Shift? My friend, these things you
are talking about are the universe of dreams, witches, elves, fairies.
But this case is very sad and now it becomes boring. If A and B are in
motion relative to each other,
it is mathematically impossible for something with a speed of
C relative to A to have a speed of C relative to B. If you force the
math to be possible unnecessarily, it will bend the dimension and time
to create a freak for you and give it back to you by saying, "Here's
yours," and you will think that freak is your truth. While there is an
opportunity to accept the situation as it is, very unnecessary places
have been gone. What I write here actually is a revenge of nature.
There is no compulsion in the laws of nature, and there is no jinn-idea
in its creation. Let's take a lesson from this for ourselves.